Repairing mass based on used magnesia carbon refractory and preparation method of repairing mass
A technology for post-magnesium carbon refractory material and charging charge, applied in the field of refractory charging charge, can solve the problems of low added value, waste of resources, pollute the environment, etc., and achieve high added value, saving resources and energy, and saving mineral resources and energy. Effect
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Embodiment 1
[0025] A repairing charge based on a used magnesium-carbon refractory material and a preparation method thereof. Stir and mix 50~60wt% of used magnesia-carbon brick pellets, 10~20wt% of fused magnesia fine powder, 8~15wt% of paraffin, 10~15wt% of medium temperature asphalt and 3~5% of additives , to make repair charge based on used magnesia-carbon refractories.
[0026] In this embodiment: the additive is metal aluminum.
Embodiment 2
[0028] A repairing charge based on a used magnesium-carbon refractory material and a preparation method thereof. Stir and mix 60~70wt% of used magnesia-carbon brick pellets, 20~30wt% of sintered magnesia fine powder, 1~7wt% of paraffin, 5~10wt% of medium-temperature asphalt and 1~2% of additives, The repair charge based on the used magnesia-carbon refractory material is prepared.
[0029] In this embodiment: the additive is simple silicon.
Embodiment 3
[0031] A repairing charge based on a used magnesium-carbon refractory material and a preparation method thereof. First, 50~60wt% of used magnesia carbon brick pellets, 5~10wt% of fused magnesia fine powder, 5~10wt% of sintered magnesia fine powder, 8~15wt% of paraffin, 10~15wt% of medium temperature Asphalt and 3-5% additives are stirred and mixed to prepare a repair charge based on the used magnesium-carbon refractory.
[0032] In this embodiment: the additive is an aluminum-silicon alloy.
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Abstract
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